Recently geoelectrical monitoring by subsurface visualization has become to contribute to the earth environmental resources problems such as groundwater resource cycling delineation, earth and water contamination, detection of rock fractures in active geothermal energy extraction system, mining with faults and groundwater effects, nuclear waste disposal, and environment/ground improvement by In-Situ Virtrification (ISV) technology. In this paper, a simple model study on resistivity monitoring for the effective utilization of earth resources and environmental system design has been investigated by the subsurface visualization pseudo-effects which are sometimes very useful as same as the high accuracy inverted resistivity solutions by the finite element 2D-3D algorithm.
Key words: Subsurface visualized information, Inhomogeneous monitoring, Earth resources and Environmental system design, Enviromental geophysical engineering, Pseudo-effects.